Microelectronics/Semiconductors 101 and Plasma Technologies as Key Enablers
Gain a foundational understanding of semiconductor technologies and the critical role plasma processes play in modern microelectronics manufacturing. From smartphones to advanced computing systems, this program unpacks the science behind the devices shaping our future.
Seton Hall’s program offers an engaging, accessible introduction designed for learners at all levels. Through a blend of big-picture insights and technical exploration, participants will discover how semiconductor devices are designed, fabricated, and advanced through plasma-enabled processes.
Whether you’re exploring a new career path, building STEM knowledge, or looking to understand one of today’s fastest-growing industries, this program provides practical insights and pathways to get started.
Program Format
This program is offered in two parts, providing both an accessible introduction and a deeper technical experience.
Session 1: Microelectronics/Semiconductors 101
A 35-hour introductory experience open to all audiences — students, faculty, staff, and professionals interested in semiconductors or emerging technologies — covering:
- The big picture of microelectronics
- Semiconductor workforce fundamentals
- The role of plasma technologies in device manufacturing
Session 2: Plasma Technologies as Key Enablers
A 35-hour advanced experience designed for STEM learners — STEM students or career switchers looking to enter microelectronics or technical fields — featuring:
- Plasma physics and chemistry
- Vacuum technologies and diagnostics
- Hands-on exposure to sputtering and deposition processes
- Participants will engage in lectures, guest speaker sessions, lab tours, and industry site visits, offering real-world insight into semiconductor manufacturing and research.
Upcoming Sessions:
Fall 2026 Semester
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Learning Objectives
- Understand the fundamentals of microelectronics and semiconductor technologies
- Recognize the structure and workforce ecosystem of the semiconductor industry
- Describe the role of plasma technologies in semiconductor manufacturing
- Evaluate academic and career pathways in microelectronics and related fields
- Build foundational technical literacy in plasma and materials processing
Learning Outcomes
- Demonstrate a working knowledge of semiconductor technologies and applications
- Explain how plasma-based processes enable key steps in device fabrication
- Identify career opportunities across research, manufacturing, and advanced materials industries
- Apply foundational concepts to further technical study or professional development
- Navigate next steps toward STEM education or careers in microelectronics
Program participants who complete any session will receive a Digital Badge from Seton Hall University, with opportunities to earn microcredentials for individual modules. The completed section(s) may also be counted as course credits for current Seton Hall students.
